Signal frequency
0.5 Hz to 8 Hz on a continuous slider. Period and wavelength recompute on the same frame, so the inverse relationship is impossible to miss.
Nine capabilities.
One coherent lab.
Every feature exists to shorten the distance between a definition and the moment a student actually believes it. Nothing here is decoration.
Capability 01
AR marker scanning
A printed fiducial marker gives the camera a known reference in the real world. Signal Verse decodes it, estimates the camera pose, then hands the result to plane detection — the whole chain runs on-device in under a second.
- Marker size
- 80 mm square, matte paper or a second screen
- Working range
- 15 cm to 90 cm
- Torch
- Manual toggle for low light
- Library
- 18 markers, four assigned to phases
Marker
SV-M01
Confidence
0.98
Live signalSV-M01
Frequency
3.0 Hz
Amplitude
0.78
Period
0.33 s
Capability 02
Virtual workbench
Once the plane is found, the workbench is world-anchored: a glass hologram carrying the plot, four floating readouts positioned around it, and a control dock that collapses out of the way with a downward drag.
- Depth-sorted panels so readouts never occlude the plot.
- Collapsible dock — drag the grab handle to reclaim the view.
- Reset in one tap back to the reference 2 Hz sine.
Capabilities 03–05
The three things you can change
Frequency, amplitude and waveform character. Everything else is a consequence of those.
Amplitude
0.05 to 1.00 with a live peak meter. Cross 0.94 and the readout turns red as the crests visibly flatten into clipping.
Wave analysis
Four waveform characters: pure sine, composite harmonics, amplitude-modulated and noisy. Each one is a different lesson.
Capability 06
MCQ learning that explains itself
Twenty-one questions across the four phases. Answer one and the explanation appears immediately — right or wrong — because the two seconds after a guess are the only moment a student is genuinely curious about the reason.
- Per phase
- Five questions, six in the final assessment
- Pass mark
- 60% — your best attempt counts
- Retries
- Unlimited, with the same question set
- Feedback
- Written rationale on every question
Question 2 of 5
If frequency doubles while wave speed stays constant, wavelength…
A
doubles
B
halves
C
stays the same
Correct. Speed = frequency × wavelength. Hold speed constant and the two terms trade off, so doubling frequency halves wavelength.
Capabilities 07–09
Keeping momentum
Progress, recognition and proof — the three reasons a student comes back tomorrow.
Progress tracking
A daily minutes goal, a weekly bar chart, a completion ring and per-phase best scores. Streaks are counted but never shamed.
Course completion68%
Achievements
Nine badges, each tied to something you actually did — a first scan, a perfect quiz, five matched target waves, a three-day streak.
First Contact
Wave Rider
Flawless
+6 more
Verifiable certificates
Clear all four phases and a certificate is issued carrying your average score and a unique ID that anyone can check independently.
Verification ID
SVAR-2026-K4T9M
At a glance
What each phase actually gives you
| Phase | Focus | Marker | AR activity | Questions | Time |
|---|---|---|---|---|---|
| 01 · Introduction to signals | Frequency, period, wavelength | SV-M01 |
Project a reference wave | 5 | 12 min |
| 02 · Amplitude & wave behaviour | Energy, gain, clipping | SV-M02 |
Push the peak meter | 5 | 15 min |
| 03 · Signal recognition | Feature extraction, normalisation | SV-M03 |
Map a 68-point face mesh | 5 | 18 min |
| 04 · Advanced analysis | Harmonics, Nyquist, noise | SV-M04 |
Decompose a composite wave | 6 | 22 min |
See all nine in one place
Open the prototype and every capability on this page becomes something you can press.